This year, Servosis was honored to participate as a sponsor in the prestigious congress of the Spanish Fracture Group (GEF), an exceptional platform for the exchange of knowledge, presentation of scientific advances and discussion on the challenges in the fatigue and fracture of materials.
These annual congresses have been a benchmark in the study of fatigue and fracture of materials and structural elements since 1984, bringing together scientists and technicians passionate about this area of engineering.
At this year’s congress, one of the central topics that captured the attention of the attendees was “Hydrogen Embrittlement”. This issue is a critical challenge in the materials industry and can lead to catastrophic fractures in structures and components. During the event, various research and solutions to address this phenomenon and ensure the safety and integrity of infrastructures were discussed.
Servosis and Hydrogen Fragilization
At Servosis, we are committed to the research and development of solutions to address Hydrogen Fragilization. In collaboration with Enagás and thePolytechnic University of Madrid (UPM), we have created an innovative fatigue testing system. This project was presented at Materplat, a Spanish technology platform for advanced materials and nanomaterials, promoted by the State Research Agency.
Our commitment does not stop here. Aware of the growing importance of hydrogen transport, we actively participate in the research and development of new solutions to ensure safety and efficiency in this area. Hydrogen transport is becoming a reality in Europe, and we are determined to be a leader in providing the most suitable materials to meet this challenge.
Equipment designed jointly by CIME, ENAGAS, Servosis and Teyco.
We present the equipment which was jointly designed by CIME, ENAGAS, Servosis and Teyco, which allows the simultaneous testing of up to 5 compact specimens under force control. The specimens used have been obtained directly from several gas pipelines in service of the ENAGAS network.
Benefits of these tests
Hydrogen embrittlement tests are of vital importance in the industry to evaluate and understand how hydrogen affects the integrity and strength of materials. Below are some of the key benefits of performing these tests:
- Identification of vulnerabilities: Hydrogen embrittlement testing allows the identification of critical areas in materials that are most susceptible to hydrogen-induced embrittlement. This is essential for taking preventive measures and mitigating potential failures.
- Safety and reliability: By understanding how hydrogen interacts with materials, designs and processes can be improved to ensure the safety and reliability of structures and components.
- Materials optimization: Hydrogen embrittlement testing helps to select and develop stronger materials suitable for high hydrogen environments, such as in industrial or gas transport applications.
- Compliance with regulations and standards: Performing these tests is essential to comply with regulations and safety standards set by authorities and industries. This ensures that the materials used are fit for purpose and meet safety requirements.
- Prevention of catastrophic failure: Hydrogen embrittlement testing helps prevent catastrophic failures in critical components and structures, thus avoiding costly damage and loss of life.
- Development of sustainable technologies: By understanding how hydrogen affects materials, work can be done toward the development of more sustainable technologies, such as safer and more efficient hydrogen storage and transportation systems.
- Innovation and technological advances: Hydrogen embrittlement testing encourages research and innovation in the field of materials science, leading to technological advances and continuous improvements in the strength and durability of materials.
In summary, hydrogen embrittlement testing is critical to ensure the safety, reliability and performance of materials in hydrogen environments. These tests provide valuable information to improve material design, selection and development, resulting in a safer and more sustainable industry.
Committed to the future
At Servosis, we believe that research and innovation are the key to meeting current and future challenges in the materials industry. Our commitment to Hydrogen Fracturing and other critical topics is a reflection of our dedication to providing the best solutions to our customers and partners.
We will continue to work closely with key industry players and research organizations to further advance the development of stronger, safer and more sustainable technologies and materials.
At Servosis, we are excited about the future and look forward to continuing to participate in events and projects that drive knowledge and innovation in the field of materials and fracturing.
Together, we are moving towards a stronger and safer future! 💪
Contact us for more information about Hydrogen Fracturing! We will be happy to help you.
